Time-recorder.



H. T. GOSS & J. W. BRYCE.

TIME RECORDER. APPLIOMION FILED JUNE 19, 1912.

Patented 1\'rov..5,A 1912'.

14 SHEETS-SHEET 1.

' H. T. Goss s J. W. BRYGB.

TIME RECORDER.

APPLICATION FILED JUNE 19,1912. v

` Patented Nov. 5, 1912.

14 SIIEETS-SHEEIL2- A TTORIIEYQ H.,T. GOSS- & I; W. BRYGE.

TIME RECORDER. APPLICATION FILED JUNE 19, 1912.

1,0%?094bv PatenteaNov. 5, 1912.

@SHEETS-SHEET s.

N WHA/8858 Y mmm/es 7mm @MW i A 'Alrozufrs H. T. GOSS 6a J. W. BRYGE.'

TIME RECORDER.

APPLICATION FILED JUNE 19, 1912.

Patented Nov.`5, 1912.-

14 SHEETS-SHEET 4.

WITNESSES 1 1. T. Goss an J. w. 131mm.I

TIME RECORDER.

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m U D u H u H u M n A Q sPlwh O, m 8 n 4 w,v 0, m 1 M c H. T. GOSS & J. W. BRYGE.

TIME RECORDER. A

' APPLIOATION FILED JUNE 19, 1912'.

Patented Nov.5,1912.

WITNESS/5S' MMAJLM/ ILT. Goss & J. w, BRYCE.

TIME RECORDER. APPLIUATION FILED JUNE 19, 1912.

Patented Nov..5, 1912..

14 SHEETS-SHEET 7.

WITNESSES v NVENTORS Anonflrs H. T. -GOSS & J. W. BRYGE.

TIME RECORDER.

' APPLIoATIoN FILED JUNE 19,1912.

' Patented Nov. 5, 1912.

14 SHEETS-SHEET 8.

H. T. GOSS L J. W. BRYGE.

TIME REORDER.

APPLIOATIDN FILED JUNE 19, 1912.

1,043,094. Patented Nov. 5, 191-2.

14 SHEETS-SHEET 9.

WTNES'SES I /yENToHS M Q4 WW2 H. T. GOSS & J. W. BRYGE.

TIMEv RECORDER.

APPLICATION FILED JUNE 19,19712.

Patented Nov. 5, 1912.

14 SHEETS-SHEET 10.

WITNESS/5S H. 'I'. GOSS & J. W. BRYCB'.

TIME RECORDER.

` ArPLIoATIoN FILED JUNE 19, 1912.

Patented Nov. 5, 1912.

IN VENTURS Eer' 7 .4770 NEKS H. T. GOSS & J. W. BRYCE.

TIME RECORDER.

APPLIGATION FILED JUNE 19, 1912.

Patented Nov. 5, 1912.

14 SHEETS-SHEET l24 WITNESSES m n... l J

H. 'I'. GOSS n J. W. BRYCE.

TIME RECORDER.

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I i i NVENTRS By CL, am fff M WITNESSES l H. T. GOSS & J. W. 'BRYGEl TIME RECORDER. APPVLIOATION FILED JUNB19,1912.

Patented N0v.5,1912.

14 SHEETS-SHEET 14.'

MoH/wma Our IV VENTOHS TURA /fv ir/m Our WITNESSES Thenat 12 :00 m. -one of the elements of theA UNITED STATES PATENT OFFICE.

HARRY T. GOSS, v0F RUTHERFORD, AND JAMES W. BRYCE, OF BLOOMFIELD, NEW

JERSEY.

' "rrmnninoonnnn.

To all whom 'it may concern:

Be it known that we, HARRY T. Goss and J AMES Baron, citizens of the United States, residing, respectively, at Rutherford, Bergen county, New Jersey, and Bloomfield, Essex county,iNew. Jersey, have vinvented -certain nevi7 and useful Improvements in Time-Reoorders, of which the following is a full, clear, and exact description.

In time recorders employed to record the times of ar'rival and departure of workmen it is of course necessary that t-he record sheet or card, or the time-printing wheels, be shifted, one with respect to the other, atthe proper instant. to cause each record-imprint to be made on'an unprinted space on` the sheet. It has heretofore been proposed to produce this shifting movement by or under the control of the clock, the arrangement being such that the desired movement will occur at certain definite 'times during the day." Thus, for-example, up to a certain hour, say 7 :00 a. m., the imprints will all be ,made in the "arrival or morning in spaces.

printing couple is shifted, so that imprints made by the workmen going out for lunch will be made inthe noon out spaces; subsequent adjustments of one 'element relatively to t-he other'providing forthe noon in, afternoon out night in y, and

from this scheme, in thatwhile we provide relative adjustment .vor shift of the rinting elements to accomplish the in and out 77 spacing, the' adjustment is not effected by or under the vcontrol* of the clock but occurs for each Vworkman whenever he registers, no matter what the time of 'd ay may be.

Thus, vwhen a' workman arrives'in the morn-- ing his record is made4 in his morning-in space. The next time 1he, registers, even if immediately after the first,v the resulting imprint will be made, in another spaceusually considered the'mornin -out or noonout `space-and so on throng out 'the day. On the other hand. another workman, who arrives after the second registration of a man who 'preceded' him, will register in his morning-in spaceV In jother'lfwo'rds the adjustment is effected .for the'.worknen separatel-y ,p and not collectively...r This mea-ns that' each 'time -a registratlonf is mede Ythe Yworkmen are made on a single sheet, each' 'actuation of theindex lever.

imprint is made onv a fresh or imprinted space on the record sheet, and hence no previously printedrecord can be obliterated or rendered-illegible by repeated operations f of the machine.

`While our invention is adaptable to time recorders of any type inl 'which there is provision for relative adjustment of the ele? ments of the printing co-upleto accomplish the in and out. spacing we'have shown theinvention herein as applied only to two types, to wit,4 a F dial machine and a card machine. In the first of these types or classes the time records of a plurality of workman havingatlinp appropriated to his own records. This record sheet is usually mounted on a cylindricaldrumwhich is revolved. by a pointer or index lever on the outside of the casing of the machine to bring the different lines to the impression. When theworkman has turned the index lever to his numberv o-n the dial, thereby bringing his line to the impression point,. the print-ing is effect-ed, usually by suitable In some machines of this class the record sheet4 con-v tains only asingle days records and hence is commonly called .ya daily machine. Other dial machines have provision for several days, usually six` or seven, records on the same sheet, and arev commonly known as weekly machines. In card machines yas usually constructed each workman has his own recordsheet or card, which is devoted exclusively to his own recordand is usually in the form of a card with provision .for one o'r two weeks records...

One form of the invention as Lapplied in the preferred manner to the ltime recordersv briefly outlined aboveis illustrated'in the Figure l shows in vertical-section a daily dial machine of well known'v construction,"

with our invention incorporated in it. Fig.

2 is adetail sectional view on thesame plane as that of Fig. 1', omitting the clock and the printing or type-,wheel `.carriage. Figs.

"3 andi-are detail cross sections -on'lines i 3--3 and L -4 of Fig. 2, looking in the. direc- 1 tion of the arrows in each ca se. Fig'. 5 a' detail end view of the punching mechanism.

`and the electrical contactA devices by which the" inand-out adjustment of the printing couple-iscontrolled; "-Fig,6 4is a section on 1 a portion of the punched adjustment-controlling sheet or card which coperates with the electrical mechanism to control the inand-out movement of the adjustable member of the printing couple. Fig. 10 is a vertical section of ay dial machine of the weekly type, with our invention applied thereto. Fig. 11 is a detail vertical section on the same plane as that 4of Fig. 10, with the clock and the.

printing or type-wheel carriage omitted. Fig. 12 t on Sheet 1) is a detail front view ofthe mechanism and the electrical contact devices in unison with the in-and-out spaeing movement of the record sheet. Fig. 13

is a sectional plan view of the sliding carriage which carries the punching mechanism and the electrical contact devices. Fig. 14 is a detail rear view of the punching mechanism and the electrical contact devices. Fig. 15 shows a portion of the usual form of record sheet used with a weekly machine of the dial type, and Fig. 16 shows a portion of the adjustment controlling sheet or card which coperates with the electrical mechanism to control .the in-andout movement ot the adjustable member of the printing couple. Fig. 1T is a diagrammatic sectional view showing the normal or initial position of the time-record sheet, the adjustment-controlling or auxiliary record sheet, the punching mechanism and the contact devices. and the electromagnetically actuated mechanism for arresting the auxiliary record sheet. This figure also shows the electrical circuit of the mechanism last mentioned. Figs. 1S, 19, 20, 21, 22, and 23 show the same parts as are shownin Fig.

17, but in the positions of, respectively, 5 morning-in, morning-out, afternoon in,

afternoon out, extra-in, and extra-out. Fig.

24 is a front view of the recording mechanism of a time recorder of the card type, the

particular machine illustrated being that 0 described inv the patent of Clinton E. Larrabee, No. 935,312, issued Sept. 28, 1909, to which reference may be made for explanation of any parts shown in the ligure but not mentioned in this specification. Fig. 25 is a. detail View of the mechanism shown in Fig. 24, looking from the left. Fig. 26 is a detail vertical section showing the punching mechanism, the abutment or card-lift which rises at daily intervals to limit the depth to which the record cards of the different workmen can be inserted in the card chute or receiver. This figure also shows part of the mechanism Whlch actuates the printing hammer. Fig. 27 is a detail side yiew partly in vertical section, showing the connection of the printing hammer with the electrical contact mechanism to actuate the latter. Fig. 28 is a detail plan view of the cam member which serves to shift the card receiver for the purpose of effecting the in-and-out spacing. Fig. 29 is a detail sectional plan view of the punching mecha- `nism and electrical. contact devices. Fig. 30 shows a record card of the kind usually employed with a time recorder of the card type. Fig. 31 is a diagrammatic sectional vlew showing the normal or initial position of the record card, the punching mechanism, and contact devices, and the electromagnetically actuated mechanism -for arresting the card receiver or chute in its inand-out movement. Figs. 32, 33, 34, 3 5, 36, and 37 are diagrammatic views of the same parts, showing the same' in the positions of, respectively, morning-in, morning-out, afternoon-in, afternoon-out, eXtra-in, and eX- tra-out.

Referring now to Figs. 1 to T inclusive, the machine illustrated therein comprises, in general, a casing 10 having on its front an annular dial 11 provided with an annular series of apertures, two o f which are shown at 12, 13. At the center of this series of apertures is a shaft 14 extending toward the back of the machine and having an arm 14. rigidly fixed to it at its front end, outside the casing. The front end of the shaft is tubular and mounted therein is a sliding stem 15 having at its outer end a notch to ei'igage a bent linger'lon the adjacent portion of an index lever 16 pivoted at one end to the arm 14a and at its other end having a rearwardly extending finger 17 adapted to enter any of the apertures, in the dial 11, to which it may be presented by vrevolving the index lever and then pressing the same inwardly or toward the rear of the machine.

The apertures in the dial 11 are numbered, and to each workman is assigned a number. Inside the machine is a drum 1S, mounted to slideon the shaft 14 but to revolve therewith. lYrapped around this drum and clamped tightly in any convenient mannerr is a record sheet 19 bearing a circumferential column of workmens numbers, the sheet being so placed on the drum that when any employee revolves the drum by means of the index or handle 16 to bring the pointer or linger 17 into register with the aperture corresponding to his number on the dial his number and line on the record sheet will be brought to the impression point.

Theother element ofthe printing couple comprises a carriage 2O suspended from the rod 21 above the record drum and having a .vertically mov ble frame indicated at 21.

This frame ca ries the time printing wheels 22 and the ink ribbon 23, the time rinting wheels being mounted on a longitudinal.

' record drum 18 being that shown in Fig.' 1

1ol intothe dial aperture to which h isnumber Vis appropriated the inwardmovement'of the chine is la' sliding -28' to the sli.

ibamos;

shaft connected the hour 'arbor of the 'zclockj2'5by meanslof' a yielding joint- 26 of 'suitableoharacterto permit the 'said frame to'be depressedfand thereby'make an im` rint or timerecord on' therecord -sheet.

- On the shaft 14 near the frontof the maeollar27 connected -b a the workman! pushes the index orfinger 17 -stem :slides the collar rearwardlyv on the sha-ft 1 4, thereby aet-uatingavertical lever 29 Whose lower end .lies inthe -p'ath of the gges and actuates 'a bentl vertical lever 3'0- t `gages as winging frame 31 which in tu`rn 'engages and depresses the printing frame 21l and'so causes fatinierecord' to be made von the record sheen-'as already described.

'Forthe purpose 'of veffecting. the in-and-- out spacing of the recorder, one or the other Y the-same shaft isa depending arm 35, -thex 'element' of the printing'ouple-in the present case the drum-ismade. axially' adjustablepast 'the other,jand means orso ad- ]u'sting-themovable element are rovided as "follows The 'collar-'27 is .provi 'ed With a so circumferential 'g groove 32v engaged by a yoke or forked armv33 -ixed on a short trans-v verseshaft'34 below the collar. Flxedjto two arms 339-35 constituting ineffect `a single lever.- At its lowe1'-end the lever pivotall connected to a 'rear- Wardly extending link 36 pivoted-atits rear end to 4an arm 37 fixed to and de'ending from one end ofa"transverse rock s aft 3 8.

Fixed to the other end of the sha-this en upwardly extending. arm 39 l (thev arms 37- 39 constituting in effect-a single. lever,`;

like the. arms 33-35 mentioned above) forked at its upper end and engaging a cir# cumferential groove 40 in the hub 41 ofthe time'reco'rddrum 18. It willnow be seen that when the'handle 16is pressed inwardly by the workman'the rearward movement of `v the collar 27 will cause a 'rearward axial' .movement of thetime record drum, and of course with it the time record sheet, through the instrumentality 'of the levers 331-35,- 37'-39, and the-link 36. It will'also be seen that the drum will be shifted each timethe collar `.27 is ac'tuated'by the printing lever or manual 16, and that when the said lever is released the spring 42 Will retract-the,

moving parts to thel normal or initial'posi--' tion shown in Fig- The normal or m1 i with there'a'r side of the record sheetat the .impression point, it is evident at the-'first registration by each Workman in the morning the drum should -be shifted ing *stem 15 -through s' ots in the ktubular portion of the sha.ft. When e. vupperi'end 'of which overhangs and enpath of the' arm 39..

that if this magnet is energied the; pawl 44 tial position of the time vsoo awww/w lese a distance nearlyec'1ua'lv to.' thefwidth of the. reord sheet so as to place the 'first registration or time record, foreach man .adj acent to' the workmans numbers and" thatr suc@ .eeeding'afdjustments for thefsame Workman should 4be successively vless in extent in or der to space the records-in. other Words, to eie'ctthein-andsoutspacing. ATo prof videfor; these adjustments of, sucessiv'ely less extent thea-rm 39,' or' upper portion off shaped or segmental rack 43, having six teeth .corresponding to the 'sixftime records l' which can be made "bythe machine foreach worlrman. Cooperating with this ajack'is a forwardlyjextending pawl 4 4 fixed on a' short transverse rock shaft 45 to which is also xeda ingerl46 constituting"the armature, ofan electromagnet 47 :conveniently mounted on thebracket 48 in which the rkk/ r35.

at which thedrumisarrestedor held,l cle-'9 pends, of course, vupoli the instantat' whichthe magnet'is energized'. The construetion andgarra'ngementof the -partsillustrated.is suh that to' arrest the drum' at the". morning-ini?` position, vthat is, its extreme rearvvard'positiom'the magnet 47 `need not be energized, the last-tooth 43 on' th'erack` 39 being-made high enough tof 'engag the pawl 44- in the uppermost'position of tl1'e latter, which' by Vvirtue of the I spr1ng'44 1t assumes when the magnet' is vd eergized- For the purpose of closing' vthe magnet circuit at4 theproper instants .to avoid arrest-for hold then drum at other points 1n its path the following devices' are provided: Below and p'arallel'fto the-shaft 14 which carries the time record `druni-1i8 or, as 1t maybe appropriately t'ermed','lthe mamyr'ecord drum 'inI contradistincti'on to f the auxiliary record '.drum now `to b e-described, 1s a similar sha-ft' 48 eonnectedgto sha-ft 14 by gears' 50,' fso -as to turn synchronously with the' former shaft; but

`iu the opposite direct-iom Mounted to slide axially on the shaft 49' but revolve therewithV is a-riug 452 having a hub 53 provided -With a circumferential groovejl'fengagecf .bythe forked lower 'end of anarm' 55 dev'pen'dingfrom and fixed to the shortitran's verseshaft 38, which, vit '.will be reinem bered, is rocked by the in-vvard movemen of -the index or printinghandlei'l.' vConsf quentlyfthe 52 mustv moveiorwardlf as thev main -record 18 moves rea' wardly, `and `ijiee versa.' Facingfwth'e ril.

esst AvAiLAeLe coi 52 and encircling the shaft 49 is a similar ring 56. of exactly the same external diarmed .bracket 60. The two ringsare connected at one point in their periphery by a deeply grooved channel member 61.

`Around the two rings is wrapped the auxil- I ia-ry record sheet 62, preferably a-sheet or card of somewhat heavier or thicker stock .than th'e main record sheet 19,4 the two ends of tlie'auxiliary record sheetbeing' bent down into the channel member (il an sccurcdtigh'tly#thereinfby afiat bar or strip 63 which may be removed when it is desired'to replace theold record sheet with a fresh one. The-'rings;52, 56 being'connected by the channel 61 and, by the tightly Y fitting auxiliaryl recordsheetit will be seen that the tworingsr and with them the record sheet, revolve and slide axially in unison or as one piece. The rings therefore constitute 1n effect a single drum and can be appropriately referred to as the aux-4 iliary record drum. i A

The upper arm 59"' of the two-armed bracket 60 is provided 'at-its rear end lwith an alined lug 64;- carrying at its rear end a pivot 65, and fixed to this pivot but insulated therefrom is a yielding' electrical.

contact or brush 66 extending rearwardly '-and forwardly into juxtaposition to the auxiliary record `sheet 62. Fixed to the same pivot and extending upwardly is a finger 67 urged forwardly by a coil s ring 68, t-he tendency of the spring being t ere- '.fore to depress the contact 66 into, engagement with theinner surface of the auxiliary record sheet. This movement of the V, contact is normally prevented, however, by

a movable stop 69 on a quadrantal cam 70 fixed to the rear end of a rock shaft-7l which extends from the front of the ma-- chine' rearwardly through the drum-supporting cylinder 57 and is at its rear end -journaled in 'a standard 72 rising from the bracket arm 59. Hence when the shaft 71 is locked (counterclockwise as viewed in Fig. 5) the stop 69 will be c'arried below the forwardlyV extending cam edge 67 of the finger 67, permitting thespring 68 to swing the finger forwardly' and depress Vthe contactv 66 into engagement with the aux-- ilia record sheet. The shaft 71 at its for? warA end is provided with an armv 74 piv-V otally connected by a link 75 to an arm 76 on a stub shaft 77V which has'also an arm A78 pivotally connected by a link 79 ,to an arm 80 fixed on Vthe transverse rock shaft '34, which, it will be remembered, is rocked whenever tho printing handle or index leldles the auxiliary recoid drinn and sheet,

as shownin Fig. 2) is a metal plate or disk 81, constituting a second electrical contact. The -two contacts being in circuit the electromagnet and the source of energizing current. therefor, it will be seen that if, when .the contact'66 is'depressed, it inds in the path of its lower end an opening or hole in the auxiliary record sheet it will impinge 0n` the-second contactSl, thereby closing the circuit and causing energization of the vmagnet. 117, with consequent actuation of the arresting pawl44 and stoppage of the' mainrecord drum (as previously described) at a point' in its path dependent upoir the position of the hole in the auxiliary record sheet. `Preferably the proportions of the partswhich roduce the axial reciprocation of the' auxiliary record drum and `the releaseof the-finger 67 are such in general as to release tlie latter and permit the contact' 66 to be depressedl at practically the instant the said drum begins to move and before the hole in the auxiliary record sheet reaches tlie contact. The chief advantage of this arrangement is that at each operationthe ai'ixiliaryrecord sheet rubs on the engagingend of the contact 66 as well as VFor the purposeof providing holes in the l auxiliary record sheet at proper distances apart, to permit coperation of the contacts 66-81' and consequent arrest of the record drums as the same are moved axially by the printing handle 1 6 the following devices .are provided: The lower contact 81 is provided with an opening 82 and in addition to acting as au electrical contact serves astlie female member of a punching die. Mounted in the upper arm 59 of the bracket 60 is a vertically movable stem l83, in alinement with the open'- ing 82 and constituting the male member of the punching die. The member 83 is normally held in upper position by an encircling coil spring 84 b ut its upper end is engaged by a lever- 85 'pivoted at one end toa bracket 86 on the arm 59 and at its other end provided with an anti-friction roller 87 bearing against the edge of the quadrantal or se mental cam 70. The radius of thiscain rom the leading edge 70al to a. pointadj'acent tothe following edge 70b is constant; but at the point referred to, theradius increases, producing an incline 70, beyond which the radius of the curved edge is again constant. Consequently, as the cam swings 65 instantly moves the stop 69 out of the path rigid 'at the joint and so shift the *drums BEST AvAxLAeLE coe l(countercloekwise as viewed in Fig.- 5)l it at first has n.0; eect upon the lever -85 and punch 83, and-simply releases the finger 67 by carrying the'- stop 69 lout otits path;

finally, however, as the cam continues to..-

swing, the 4inc-line 70C engages thev roller 87 'anddepressesthe lever 85, thereby drivingv the punch 83 down through the auxiliary record sheet. This makes in the sheet a hole which at a subsequent operation lets the contact 66 through, into engagement with the disk 8 1, with the results previously described.

At the several registrations byany given workman the lnovel drums are arrestedl at points successively nearer their normalv or initial positions, but the colla-r or sleeve must nevertheless continue 'to move on the' ends to studs 92, 93, on the said'parts'of the arm 35. New when the reco-rd drums'are .ar-

rested bythe pawl 44 and rack 43 continuedpressure on thehandle'16 will continue to slide the collar 27 rearwardly, since the arm will buckle at the joint between'i-ts'parts against the tensionof the spring91; the latter bein-g sti enough to hold the arm i' until they are positively held by the pawl 44.

and links 95, 96, shown diagrammatically)H Referringnowto Fig. 17, thisg'gure representsfdiagrammatically t-he co dition of things when theV machine .is ready for registration to begin in the morning.A The main record sheet 19EL andthe auxiliary record sheet 62a (connected by a lever', 94

are at their initial positions, the points at which time-imprints are to be made on the first named record sheet, and the points at which holes are to be punched in the other.- being-indicated by the short vertical lines 97, 98. .Assuming that the recordjsheets (shown also in Figs. 8 and 9) are unmarked and that workman No. 4 desires to register,

he turns the index lever 16 till the finger 17 isopposite aperture'N-o. 4 (not shown) in the dial, thereby bringing line No. 4 von the main recordsheet under the printingpoint and line No. 4 on the auxiliary record sheet under the punch 83.y He then presses the finger 17 into the d'ialaperture. This movement starts lthe main 'record drum rear'- wardly and the auxiliary drum forwardly on their respective shafts 14 and 49, and

path of the second lshown in Fig. 19.

the,

Y of the'inger67,v thereby-permitting the con# tact 66, to-be' depressedl against vthe inner surface ofthe auxiliary record sheet. There beingi no holesin thisisheet the drums con? tinue to move until the tooth 43on the rack 43' meets the .-pawl The drums. are'.

now arrested, vin the mornmg-in positionsA .shown Ldiagrammatically in Fig."18', but, the collar 27^continues to move undergthe forceexerted by the index leven-16:,- actuating the' prmtmg devices and'making a' time record opposite -vthe number 4 on thermain record -sheetand 'in the'` first 0r the column nearestl suchlnumber. This imprint may,l for in# stance, be 6 59, as shown -in Fig.l 8, indicat4 ing that workman No. 4 arrived at 6 :59 a. In.

At the same time, the` arm continues to rock the .shaf t.71 thereby bringing lthe ineline 7.0- and'cam70 into engagementl with the lever A85.- This depresses thelever and punches la -hole 99, Fig; 18, injthe Yrecord by the workman the parts arerestored to 'normalposition The next time the same workman registers the contact 66 comes sheet." Therecording operation is now'com`. -pleted, and upon release of the index lever down uponl the auxiliary record sheetfand y the two drums continue to moveuntil the hole 99,- previously punched while the work- 'man was registering for morning-in, comes under the .impinging 'end of'theicontac't. Instant-ly theA latter strikes through theA n hole and -compl-etes the magnet circuit whereupon the pawl 44 is depressed into the The `drums/ are thus arrested, 'and while the imprint isbeing makes another hole, 100, in the auxiliary .record sheet alongside of' the first hole, 99.

The 1 mornin gf out' record -is thus completed. At vthe next registration by the same work man the last hole, 100, causes arrest ofthe drums, and so on throughout the lseries of registrations, `each printing or registering operation-being accompanied by the punch' oa new hole in the auxiliary sheet and thehole last made always serving to bring about'the arrest of the drums at the nextv registration. Even at the registration forl extrafoug a hole is punched vso that if the 'workman tries vto register again, perhaps thoughtless-ly or "with intent to obliterate the ,record made just.before, the main rec-ord drum will notbe arrested until the last made record has passed the impression point. The complete records have the appearance showt in Figs. Sand- 9, from which it is seen tha lto each imprint on the main'record snee corresponds a hole in the auxiliary sheet Thus'r workman No. 6, who did not retur.x for-extra work has only four printed regis trations. and four punched records, whil No. 8, who quit work at 12 :04 p. m. has onl two records of each type.

made on the-.main record sheet the punch 83 AVAlLAeLE coa 81 is grounded by simply not insulating itfrom the supporting arm 73 but leaving it in electrical contact therewith.

In the .weekly dial recorder illustrated in Figs. 10 to 14 inclusive many of th parts are similarin construction and operation to corresponding'parts in the daily machine already described. The weekly machine comrises, in general, a casing 110 having on its iront an' annular dial 111 provided with an annular seriesofapertu'res, two of which'are shown at 112, 113. At the center of this series of apertures is a shaft 114 extending to- .ward the back of the machine and having an i arm 114* rigidly fixed to it at its front end,

outside the casing.' The front -end of the shaft is tubular and mounted therein isa sliding stem 115, connected at its outer end to an index lever V116 pivoted at one end to the arm`114 and at its other end having a rearwardly extendingnger 117 adapted to 'to which itmay be the index lever or printing handle and then' pressing the same inwardly or toward the enter any of the apertures, in the dial .111, presented by `revolving A rear of the machine.

Thefapertures -in theidial 111 are numbereid and to each workmamis assigned a i number.' .Inside`the machine 1s a drum 118.

mounted to slide on the shaft 114 but to revolve therewith. Wrap ed around this drum and clamped tight y in any convenient mannerl is a record sheet 119 bearing a circumferential' column of workmens vnumbers, .the sheet being so placed on the drum.

that when any employee revolves the drum 45' by means of th/e index lever or handle 116 to bring the pointer or nger 117 into register .with the v'aperture corresponding to his number on the-dial his number and line on the record sheet will be brought .to the impreion point. The machine beingof the weekly type, the record sheet which receives the time imprints ,has at least six .columns comprises a' carriage 120, suspended from Vfor the daily records and may in addition have, at its right hand side, columns in which the com uted'wages ofthe employees may be'ntere at the end of the wee Thev other element ofthe printing couple and slidable on the rod 121 above and urallel to theV record drum 118. Mounte in the carriage is a verticall movable frame indicated at 121.' .This rame carries the time rinting wheels ,122, and the ribbon 12,3, e time printing wheels being mounted to slide on a longitudinal square shaft 124` .connected to the hou'rarbor of the clock 125 by means of 'a yielding joint 126 of suitable characterto permit the saidframe ,to be depressed and Athereby make` an imprint or time record onthe record sheet. y

At-'the beginning of the week the printin carriage 120 stands directly over the first day column'on the record sheet 119, that is, the first day .column at the right or back of the drum as viewed in .Fig. 10, so as to make the various in-and-out records in that column, and provision is made as follows for ldaily shifting ofthe carriage toward the` front of the machine to-bring it over the next day column before registration for that da begins. A he .carriage 120 is connected front and rear to a band 120* passing over a pulley- 120 at-the rear and over a pulley 120c at the front. The latter pulley is connected to a' spring-barrel, not,l shown, which revolves the u'lley in the clockwise direction, as viewed 1nr Fig. 10, thus sliding the carriage forward on the-rod .or support 121. The spring barrel and the pulley are geared to a vertical escapement shaft 120d having associated with it a clock-driven escapement which is merely indicated at'120e. Once each day, vsay at midni ht, the escapement is released,

permitting s aft 120.i andl pulley 120b to '95 rotate, thereby vdrawing the printing carriage 120 one step forwardon. the support- `ing rod 121'; Inasmuch .as the mechanism described in this paragraph is not novel with .us but is well known in the art, further illus- 100 tration or description is deemed'- unnecessary.l It ma be stated, however, that a mechanism o .this type is fully described in the prior patent of Robert Dey, No. 795,204, dated J'uly 18, 1905.'

On the shaft 114- near the front ofthe machine is a sliding collar 127'connected by a in 128 to the sliding stem 115 through slots 1n the tubularportion of the shaft. When the workman. pushes the index or finger 1117 110 into' the dial aperture to which his number is appropriatedthe inward movement of thestem slides the collar rearwardly on the shaft 114, thereby 'actuating a vertical lever v129 whose lower end lies in the path of the 115 collar. yThe upper end of this lever engages -and actuates a' ent lever-130 the upper end of which overhangs and'eng'ages a swinging frame 131 ,which in turn engages and depresses the-printing frame 121l and so causes 120 a time record .to be made on the record-sheet, as already described.

For the purpose of effecting the in'and. out spacing of the records, one or the other element of the'printing couple-in the pres- 125 ent case the drum-is made axially adjustable past the other, and means for adjust- 4ing the movable element are provided as follows: The collar 127 is provided with a circumferential groove 132engaged by ayole 13o 

